Putting Quantum to Work for HPC Centers
Equip your users to explore classically intractable problems
HPC Centers across the globe are experimenting with quantum acceleration of classical HPC resources to enable their researchers to explore new computational frontiers beyond classical limits.
In 2025, QuEra’s Gemini class system became the first neutral atom quantum systems to be deployed on-prem in an HPC center. Thanks to low power requirements and room temperature operation, QuEra’s quantum systems are the leading solution for HPC centers looking to develop hybrid quantum classical high performance compute systems.
Capture the Quantum Opportunity with QuEra
In addition to the integration of quantum hardware into existing HPC infrastructure, QuEra’s HPC tailored solutions include professional services designed to accelerate innovation and prepare users for a hybrid quantum classical future.
Pilot Programs
Collaborative engagements designed to address real-world challenges within scope for existing HPC programs.
User Skill-Building
Training programs spanning basic quantum programming to full stack hybrid application design and implementation to develop new skills among HPC users.
Talent Attraction
Differentiated, dedicated neutral atom hybrid resources can attract the world’s best talent interested in working on the world’s hardest problems.
Funding Prospects
The development of strategic quantum initiatives can strengthen funding prospects against classical only HPC Centers.
Learn more about QuEra’s HPC Solutions
The
Clear Quantum Technology Choice
for HPC Centers
QuEra’s roadmap is focused not only on the development of large scale, fault tolerant systems but on the delivery of those systems within a practical, deployable package. Designed with a clear understanding of of hybrid quantum classical on-prem requirements, QuEra’s technology not only offers industry leading performance today, but a platform for future development and innovation.
Proven Neutral-Atom Technology
Built on world-leading science with operational systems delivering early results.
Flexible Deployment
Available via premium cloud or full on-premise installation tailored to your center’s integration needs.
Infrastructure-Friendly Design
Room-temperature operation and low energy consumption simplify integration and reduce total cost of ownership.
Collaborative Partnership
Deep engagement and knowledge transfer to accelerate your quantum journey.
Performance & Scalability
Leading platform designed to grow with your HPC center and evolving user demands.
Trusted by Innovators
Supporting top-tier HPC centers piloting quantum solutions today.
CASE STUDY
Putting Quantum to Work with Japan’s Institute of Advanced Industrial Science and Technology (AIST)
AIST’s Quantum Vision & Japan’s Quantum Innovation Strategy
Established in mid-2023 to drive the social and industrial implementation of quantum-AI convergence technology, AIST’s strategy is anchored in three strategic pillars:
Building hybrid quantum‑classical computing infrastructure
Partnering via numerous MOUs with leading technology companies
Establishing international collaboration and ecosystem‑building
QuEra’s Support of AIST’s Quantum Vision
After spending time to carefully understand AIST & G-QuAT’s HPC initiatives, QuEra developed a custom solution based on the Gemini class system technology.
Deployed in 2025 and operational in early 2026, QuEra’s unique quantum computing technology complements AIST’s ABCI-Q supercomputer with the ultimate goal of creating a hybrid platform for high-fidelity simulations and quantum AI applications.
AIST’s NVIDIA-powered ABCI-Q will enable large-scale high-fidelity quantum simulations as well as quantum accelerated supercomputing, for research across industries.
The ABCI-Q system is intended to be a platform for the advancement of quantum circuit simulation and quantum machine learning, the building of classical-quantum hybrid systems, and the development of new algorithms inspired by quantum technology.
Masahiro Horibe
Deputy Director of G-QuAT/AIST
“Installing QuEra’s cutting-edge technology alongside our existing computing infrastructure is a crucial step in Japan’s quantum initiatives. This collaboration will enhance our computational capabilities and drive the development of practical applications in fields like AI, energy, and biology."
